Low Voltage MOSFET Trench Process High Efficiency Motor Driver for 5G Base Station

Place of Origin Guangdong, CN
Brand Name REASUNOS
Price Confirm price based on product
Packaging Details Dustproof, waterproof, and anti-static tubular packaging, placed inside a cardboard box in cartons
Delivery Time 2-30 days (Depends on Total Quantity)
Payment Terms 100% T/T in Advance(EXW)
Supply Ability 5KK/month

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Product Details
Efficiency High Efficiency And Reliable EAS Capability High EAS Capability
SGT Process Application Motor Driver, 5G Base Station, Energy Storage, High-frequency Switch, Synchronous Rectification. Power Consumption Low Power Loss
Resistance Low Rds(ON) SGT Process Advantages Breakthrough FOM Optimization, Covering More Application.
Structure Process Trench/SGT Trench Process Application Wireless Charging, Fast Charging, Motor Driver, DC/DC Converter, High-frequency Switch, Synchronous Rectification.
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Product Description

Product Description:

The Low Voltage MOSFET, a pinnacle of modern semiconductor technology, stands as a testament to the incredible advancements in electronic components. Designed with meticulous attention to detail, these transistors are a product of the cutting-edge Trench and SGT (Shielded Gate Trench) processes, tailored for a wide array of power management applications. As a key component in the realm of power electronics, the Low Voltage MOSFET is set to revolutionize efficiency and performance in numerous electronic devices.

At the heart of this Low Voltage Transistor's superior performance lies the Trench process technology. This sophisticated manufacturing technique confers several critical advantages, including a smaller RSP (Rdson x Area), which is the product of on-resistance and silicon area. This minimization in RSP not only reduces power loss but also enhances the overall efficiency of the device. The Trench process also allows for both series and parallel configurations, giving engineers the flexibility to freely combine and utilize these configurations to best suit their application requirements.

The practical applications of the Trench process are vast, with the Low Voltage MOSFET proving to be an indispensable component in wireless charging systems, fast charging adapters for smartphones and other consumer electronics, motor drivers for precision control, DC/DC converters crucial for power regulation, high-frequency switches that are fundamental in communication devices, and synchronous rectification in power supply units. The Trench process enables these Low Voltage Transistors to handle high-efficiency switching and power conversion with remarkable proficiency.

Another attribute that sets this Low Voltage MOSFET apart is its low Rds(ON). The on-resistance of a MOSFET is a critical parameter, as it directly influences the conduction losses when the transistor is in the 'on' state. A low Rds(ON) indicates that the device can conduct electricity with minimal resistance, thereby reducing power losses and heat generation. This makes these MOSFETs highly desirable for applications where efficiency and thermal management are of paramount importance.

The SGT Low Voltage MOSFET leverages the SGT process advantages, which include breakthrough FOM (Figure of Merit) optimization. This innovation covers more applications by striking an optimal balance between the on-resistance and gate charge, leading to improved switching performance and reduced power dissipation. The SGT process refinement extends the capabilities of the Low Voltage MOSFET, making it suitable for more demanding and diverse applications.

Moreover, these Low Voltage Transistors exhibit high EAS (Energy Avalanche and Safe Operating Area) capability. The EAS capability is indicative of the transistor's ability to withstand energy pulses during avalanche breakdown conditions without failing. This feature ensures reliability and robustness in applications where transient conditions or unexpected voltage spikes might occur, thereby securing the longevity and safety of the electronic components and the systems they are part of.

In summary, the Low Voltage MOSFET is a versatile and efficient solution for a multitude of power management challenges faced in modern electronics. With the incorporation of Trench and SGT processes, these transistors offer smaller RSP, flexible configuration options, low Rds(ON), breakthrough FOM optimization, and high EAS capability. Whether for wireless charging, fast charging, motor driving, DC/DC conversion, high-frequency switching, or synchronous rectification, this Low Voltage Transistor is poised to deliver unprecedented performance and reliability, firmly establishing itself as a cornerstone in the future of power electronics.


Features:

  • Product Name: Low Voltage MOSFET
  • SGT Process Applications:
    • Motor Driver
    • 5G Base Station
    • Energy Storage
    • High-frequency Switch
    • Synchronous Rectification
  • Trench Process Applications:
    • Wireless Charging
    • Fast Charging
    • Motor Driver
    • DC/DC Converter
    • High-frequency Switch
    • Synchronous Rectification
  • SGT Process Advantages:
    • Breakthrough FOM (Figure of Merit) Optimization
    • Covering More Applications
  • Resistance: Low Rds(ON)
  • Keywords:
    • Low Voltage MOSFET
    • Trench Low Voltage MOSFET
    • Low Threshold Voltage MOSFET

Technical Parameters:

Parameter Details
Product Name Low Voltage MOSFET
Structure Process Trench/SGT
Trench Process Advantages Smaller RSP, Both Series And Parallel Configurations Can Be Freely Combined And Utilized
Trench Process Application Wireless Charging, Fast Charging, Motor Driver, DC/DC Converter, High-frequency Switch, Synchronous Rectification
SGT Process Advantages Breakthrough FOM Optimization, Covering More Application
SGT Process Application Motor Driver, 5G Base Station, Energy Storage, High-frequency Switch, Synchronous Rectification
EAS Capability High EAS Capability
Power Consumption Low Power Loss
Efficiency High Efficiency And Reliable
Resistance Low Rds(ON)

Applications:

The REASUNOS brand offers an exceptional range of Low Voltage MOSFET products, designed with meticulous attention to efficiency and reliability. Originating from Guangdong, CN, these MOSFETs are a cornerstone for various electronic applications, owing to their high efficiency and the cutting-edge structure process they are built upon. The pricing of these products is competitive and can be confirmed based on the specific product inquiry, ensuring that clients receive the best value for their investment.

REASUNOS Low Voltage MOSFETs are encapsulated in dustproof, waterproof, and anti-static tubular packaging to maintain their integrity, further enclosed within a cardboard box and cartons for additional protection during transit. Such thorough packaging details ensure that the product reaches the customer in pristine condition, ready for immediate use in critical applications.

With a flexible delivery time ranging from 2 to 30 days, depending on the total quantity of the order, REASUNOS ensures a streamlined supply chain process. The payment terms are clear and concise, with 100% T/T in advance (EXW), facilitating a smooth transaction process. Additionally, with an impressive supply ability of 5KK/month, REASUNOS can cater to both small-scale and large-scale requirements with ease.

One of the standout features of REASUNOS Low Voltage MOSFETs is the use of Trench/SGT (Shielded Gate Trench) structure processes. The Trench process finds its application in wireless charging, fast charging, motor drivers, DC/DC converters, high-frequency switches, and synchronous rectification. These applications benefit from the low power loss characteristics of the MOSFETs, which translates to enhanced performance and energy savings in the end products.

The SGT process brings its own set of advantages, including a breakthrough in Figure of Merit (FOM) optimization, which allows these MOSFETs to cover more application scenarios with improved efficiency. Such optimization is particularly beneficial in applications where a low threshold voltage MOSFET is crucial. The low threshold voltage and low voltage FET attributes of these products ensure that they operate effectively even at lower gate drive voltages, making them suitable for battery-operated devices and energy-sensitive applications.

In summary, REASUNOS Low Voltage MOSFETs stand out in the market for their application versatility, high efficiency, and reliable performance. Whether for consumer electronics, automotive applications, or industrial systems, these MOSFETs provide the foundation for innovation and high-performance circuit designs.


Support and Services:

Our Low Voltage MOSFET products come with comprehensive technical support and services to ensure you get the most out of your purchase. Our support includes access to detailed product documentation, such as datasheets and design guides, which will help you understand the specifics of your MOSFET and how to integrate it effectively into your designs.

We provide a library of application notes and technical articles that offer insights into best practices for implementation and usage, as well as troubleshooting common issues. Our team of experts is dedicated to helping you optimize your applications, and to that end, we offer a variety of simulation tools and software to model and predict device performance under various conditions.

For more complex inquiries or if you require personalized assistance, our technical support team can provide in-depth consultation. We also offer training programs that can be tailored to your team’s needs, enhancing their proficiency in handling Low Voltage MOSFETs for your specific applications.

Our commitment to customer satisfaction extends to our after-sales services, which include quality assurance, product longevity programs, and end-of-life support to ensure continuity and ease of transition for your product designs.

Rest assured that our goal is to provide you with not just a component, but a comprehensive solution backed by expert service and support, ensuring your projects run smoothly and efficiently.


Packing and Shipping:

The Low Voltage MOSFET is securely encased in anti-static packaging to ensure its safe arrival. The product is carefully cushioned with impact-resistant foam and placed within a rigid cardboard box specifically designed to accommodate its size and shape. The outer box is sealed with high-strength adhesive tape and clearly labeled with handling instructions and electrostatic sensitivity warnings to ensure proper handling throughout the shipping process.

For shipping, the boxed Low Voltage MOSFET is placed within a larger, durable shipping container with additional protective packing materials to minimize movement during transit. This container is then sealed and labeled according to international shipping standards, including the provision of all necessary documentation such as safety data sheets, customs declarations, and compliance labels as required by the destination country's regulations.

Upon dispatch, a tracking number is assigned to the shipment, allowing the customer to monitor the progress of their delivery. Our logistics partners have been selected for their reliability and experience in handling electronic components, ensuring that your Low Voltage MOSFET arrives promptly and in perfect operational condition.